AP Stats - Interpretations

the context typically varies SD from the mean of _______.

percentile% of context are less than or equal to value

specific value with context is z-score standard deviations above/below the mean

the linear association between x-context and y-context is weak/moderate/strong and positive/negative.

the actual y-context was residual above/below the predicted value when x-context.

the predicted y-context when x=0 context is y-intercept

the predicted y-context increases/decreases by slope for each additional x-context.

the actual y-context is typically about s away from the value predicted by the lsrl

about r2% of the variation in y-context can be explained by the linear relationship with x-context

after many many context, the proportion of times that context A will occur is about P(A)

Given context B, there is a P(A|B) probability of context A

if the random process of context is repeated for a very large number of times, the average number of x-context we can expect is expected value

after many, many trials the average # of success context out of n is mean.

the number of success context out of n typically varies by stand deviation from the mean of _____.

the sample proportion of success context typically varies by std dev from the true proportion of _____.

the sample mean amount of x-context typically varies by std dev from the true mean of _____.

we are % confident that the interval from A to B captures the true parameter context

if we take many, many samples of the same size and calculate a confidence interval for each, about confidence level % of them will capture the true parameter in context.

assume Ho in context, there is a p-value probability of getting the observed result or more extreme, purley by chance

because p-value </> a, we reject/fail to reject Ho. We do/do not have convincing evidence for Ha in context.

the Ho context is true, but we find convincing evidence for Ha context.

the Ha context is true, but we don't find convincing evidence for Ha context.

If Ha context is true at a specific value, there is a power probability the significance test will correctly reject Ho.

The slope of the sample LSRL for x-context and y-context typically varies from the slope of the population LSRL by about SE.